We're pleased to announce the release of COMPRESS 2020 Build 8000. New features include: Compliance with the 2019 Edition of the ASME Code Advanced Report Formatting for easier to read design reports Maintaining nozzle positions when adding or deleting components Please watch the video below to see these [...]
August 20th, 2019 - We are pleased to announce that updates to our software suite are now available. Exciting new capabilities for Build 7910 include: COMPRESS - Pressure Vessel Design Additional nozzle coupling types An improved heat exchanger entry dialog Slotted saddle anchor bolt holes What's [...]
We're pleased to announce the release of COMPRESS 2019 Build 7910. New features include: Additional nozzle coupling types An improved heat exchanger entry dialog Slotted saddle anchor bolt holes Please watch the video below to see these new features in action. Download Video (31 MB) [...]
Are you tired of spending extra time producing a final calculation report? Did you know in COMPRESS a final report is simply a one click button? Stop wasting time copy and pasting various outputs to get one report. In this video we show you how you can quickly run a report and customize it [...]
Designing Vertical Heat Exchangers With COMPRESS Is designing and estimating heat exchangers consuming a lot of your time? COMPRESS makes it easy to design and cost heat exchangers by including: COSTER for consistent and accurate quotations Consideration of API 660 nozzle loadings along with a WRC 107 and WRC 537 analysis [...]
December 13, 2018 - We are pleased to announce that updates to our software suite are now available. Exciting new capabilities for 2019 include: COMPRESS - Pressure Vessel Design Air-cooled heat exchangers per Appendix 13 & API 661 ASME PCC-1 flange assembly bolt stress A productivity enhancing Quick Design mode [...]
New features in COMPRESS 2019 Build 7900 include: Air-cooled heat exchanger design per API 661 \ Appendix 13 ASME PCC-1, Appendix O flange assembly bolt stress calculations A productivity enhancing vessel Quick Design option Having trouble viewing this video? Download Video (.wmv 39 MB) To see [...]
The impact test exemption rules of UCS-66 are some of the most important and yet most misunderstood provisions of the ASME Code. Because of its importance in determining safe vessel operation, MDMT is one of just a few critical parameters stamped onto vessel nameplates. To address these complex rules COMPRESS automatically: Determines if UCS-66 [...]
Welcome to the second installment of our 2 part series on the advantages of using Division 2 Class 1. In our last Division 2 post, we did a brief comparison of Class 1 and Division 1. In this video, we use a real world vessel example to illustrate the savings possible with Class 1. If [...]
New in ASME VIII-2: Class 1 Vessels The recently introduced ASME VIII-2 Class 1 designation provides a way to specify and build vessels that are more economical than those produced using traditional Division 1 rules. Advantages of Class 1 over Division 1 include: Modern, more accurate design equations Higher allowable [...]
LOGIN
